High-efficiency paper box edge folding and defoaming machine

Abstract

The invention relates to a high-efficiency paper box edge folding and defoaming machine. The machine comprises a machine table and a support installed at the top of the machine table, the top end of the machine table is further horizontally provided with a pushing edge folding mechanism and a conveying mechanism, wherein the height of the pushing edge folding mechanism is lower than that of the support, and a stamping and defoaming mechanism and a pressing mechanism are vertically installed on the support. Compared with the prior art, the machine has the advantages that edges of a paperboard can be automatically folded, the paperboard can be effectively prevented from rebounding after the edges of the paperboard are folded, a shaping frame can be replaced with different sizes so as to be suitable for folding paper boxes with different sizes, automatic defoaming can be achieved, and the edge folding and defoaming efficiency can be effectively improved.

Description

technical field [0001] The invention relates to the field of packaging boxes, in particular to a high-efficiency paper box folding and defoaming machine. Background technique [0002] With the continuous improvement of economic conditions, people have higher requirements for the appearance and packaging of items. The current products, especially those used as gifts, are usually packaged in paper packaging boxes. The appearance is beautiful and the paper packaging is easy to decompose and green. Environmental friendly. [0003] Cartons are all made of cardboard folded and spliced ​​or pasted. In the current production of cartons, the cardboard is first folded manually to make impressions, and then pasted and shaped and defoamed. The efficiency is low, and because the cardboard itself has certain elasticity, However, manual power is limited, and the folded cardboard often rebounds, and manual folding is prone to folding errors, affecting subsequent processes or affecting the ...

AI Technical Summary

Problems solved by technology

[0003] Cartons are all made of cardboard folded and spliced ​​or pasted. In the current carton production, the cardboard is first folded manually to make impressions, and then pasted and shaped and defoamed. The efficiency is low, and because the cardboard itself has certain elasticity, However, manual power is limited, and the folded cardboard often rebounds, and manual folding is prone to folding errors, which will affect the subsequent process or affect the appearance of the carton. The efficiency of manual defoaming is low and it is not easy to clean.

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